rmlab.bsky.social
Rodriguez-Macia Lab
@rmlab.bsky.social
44 followers 30 following 6 posts
https://www.rodriguezmacialab.com/
www.rodriguezmacialab.com
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ich2026.bsky.social
ICH2026 @ich2026.bsky.social · Jul 23
We are delighted to confirm that the and Other Redox Metalloenzymes will take place from 26-30 July 2026 at the University of Leicester, UK.

Details of the conference, including regularly updated confirmed speakers, are available on our website (link in bio).
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · May 11
It is a real pleasure to collaborate with you guys! 😊
jamesbirrell.bsky.social
James Birrell @jamesbirrell.bsky.social · May 10
Thanks to Marius Horch and the rest of his awesome team, especially Cornelius Bernitzky and Yvonne Rippers. I also want to thank @rmlab.bsky.social for help with preparation of beautiful [FeFe] hydrogenase samples.
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · May 11
Very happy to see this out! Take a look at this interesting paper on the application of 2D IR to [FeFe] hydrogenases 👇
jamesbirrell.bsky.social
James Birrell @jamesbirrell.bsky.social · May 10
Out now in @chemicalscience.rsc.org:

We apply 2DIR spectroscopy to study [FeFe] hydrogenase for the first time. Check it out!

pubs.rsc.org/en/content/a...
Two-dimensional Infrared Spectroscopy as a Tool to Reveal the Vibrational and Molecular Structure of [FeFe] Hydrogenases
[FeFe] hydrogenases are Nature’s most efficient catalysts for the cleavage and evolution of molecular hydrogen. Despite decades of research, key aspects of the catalytic cycle and the underlying geome...
pubs.rsc.org
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · Apr 7
Have you read it yet? ☺️
chemcomm.rsc.org
ChemComm @chemcomm.rsc.org · Apr 7
From our Emerging Investigators collection 🎉

'Terminal hydride formation in [FeFe] hydrogenase: understanding the role of the dithiolate bridgehead' by Patricia Rodríguez-Maciá (@rmlab.bsky.social), James Birrell and colleagues.

#OpenAccess 🔓
Terminal hydride formation in [FeFe] hydrogenase: understanding the role of the dithiolate bridgehead
[FeFe]-hydrogenases are highly-active hydrogen-conversion biocatalysts using Earth-abundant metals in their active-site. Understanding their mechanism may enable design of catalysts for renewable…
buff.ly
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · Mar 26
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · Mar 26
bit.ly/4kOHp7P
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rmlab.bsky.social
Rodriguez-Macia Lab @rmlab.bsky.social · Mar 24
Big day today! Excited to share our new publication in @chemcomm.rsc.org about the formation of the very important hydride state in [FeFe] hydrogenases! Enjoy the reading! ☺️ pubs.rsc.org/en/content/a...
pubs.rsc.org
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